PROXIMITY INTEGRATED CIRCUIT CARD READER

• US 20120104094A1
• Filed: 11/01/2010
• Published: 05/03/2012
• Est. Priority Date: 11/01/2010
• Status: Abandoned Application

• Current Assignee: Verifone, Inc. (Verifone Systems, Inc.)
• Original Assignee: Verifone, Inc. (Verifone Systems, Inc.)
• Inventors: CHROLOVICH, Ephraim, NAVON, Oren
• Application Number:
  US12/917,026
• Publication Number:
  US 20120104094A1
• Time in Patent Office: Days
• US Class Current: 235/380
• CPC Class Codes: G06K 7/10128 the step consisting of detection of the presence of one or more record carriers in the vicinity of the interrogation device
• CPC Class Codes: G07F 7/0893 the card reader reading the card in a contactless manner

Abstract

A proximity integrated circuit card reader including a transmitter, transmitting energy within a proximity integrated circuit card reading volume, a receiver, receiving a signal from a proximity integrated circuit card located within the proximity integrated circuit card reading volume and a controller operative in a card presence sensing mode for sensing, but not reading, a card located within the proximity integrated circuit card reading volume and, responsive to sensed probable card presence, operative in a card reading mode for reading a card located within the proximity integrated circuit card reading volume.

Claims

1. A proximity integrated circuit card reader comprising:

a transmitter, transmitting energy within a proximity integrated circuit card reading volume;

a receiver, receiving a signal from a proximity integrated circuit card located within said proximity integrated circuit card reading volume; and

a controller operative in a card presence sensing mode for sensing, but not reading, a card located within said proximity integrated circuit card reading volume and, responsive to sensed probable card presence, operative in a card reading mode for reading a card located within said proximity integrated circuit card reading volume.

2. A proximity integrated circuit card reader according to claim 1 and wherein said controller is operative in said card presence sensing mode for causing said transmitter to transmit energy with a first pulse width and a first power level and is operative in said card reading mode for causing said transmitter to transmit energy with a second pulse width and a second power level, said second pulse width being greater than said first pulse width and said second power level being higher than said first power level.

3. A proximity integrated circuit card reader according to claim 2 and wherein said first power level is insufficient for reading a proximity integrated circuit card.

4. A proximity integrated circuit card reader according to claim 2 and wherein said first pulse width is insufficient for reading a proximity integrated circuit card.

5. A proximity integrated circuit card reader according to claim 1 and wherein said controller is operative in said card presence sensing mode for causing said transmitter to transmit energy at a first pulse width and is operative in said card reading mode for causing said transmitter to transmit energy at a second pulse width, said second pulse width being greater than said first pulse width.

6. A proximity integrated circuit card reader according to claim 5 and wherein said first pulse width is insufficient for reading a proximity integrated circuit card.

7. A proximity integrated circuit card reader according to claim 1 and wherein said controller is operative in said card presence sensing mode for causing said transmitter to transmit energy at a first power level and is operative in said card reading mode for causing said transmitter to transmit energy at a second power level, said second power level being higher than said first power level.

8. A proximity integrated circuit card reader according to claim 7 and wherein said first power level is insufficient for reading a proximity integrated circuit card.

9. A proximity integrated circuit card reader according to claim 1 and wherein said controller is operative in said card presence sensing mode for causing said transmitter to transmit energy continuously.

10. A proximity integrated circuit card reader according to claim 1 and wherein said controller is operative in said card presence sensing mode in response to a trigger.

11. A point of sale terminal including proximity integrated circuit card reader functionality and comprising:

a transmitter, transmitting energy within a proximity integrated circuit card reading volume;

a receiver, receiving a signal from a proximity integrated circuit card located within said proximity integrated circuit card reading volume; and

a controller operative in a card presence sensing mode for sensing, but not reading, a card located within said proximity integrated circuit card reading volume and, responsive to sensed probable card presence, operative in a card reading mode for reading a card located within said proximity integrated circuit card reading volume.

12. A point of sale terminal including proximity integrated circuit card reader functionality according to claim 11 and wherein said controller is operative in said card presence sensing mode for causing said transmitter to transmit energy at a first pulse width and a first power level and is operative in said card reading mode for causing said transmitter to transmit energy at a second pulse width and a second power level, said second pulse width being greater than said first pulse width and said second power level being higher than said first power level.

13. A point of sale terminal including proximity integrated circuit card reader functionality according to claim 12 and wherein said first power level is insufficient for reading a proximity integrated circuit card.

14. A point of sale terminal including proximity integrated circuit card reader functionality according to claim 12 and wherein said first pulse width is insufficient for reading a proximity integrated circuit card.

15. A point of sale terminal including proximity integrated circuit card reader functionality according to claim 11 and wherein said controller is operative in said card presence sensing mode for causing said transmitter to transmit energy at a first pulse width and is operative in said card reading mode for causing said transmitter to transmit energy at a second pulse width, said second pulse width being greater than said first pulse width.

16. A point of sale terminal including proximity integrated circuit card reader functionality according to claim 15 and wherein said first pulse width is insufficient for reading a proximity integrated circuit card.

17. A point of sale terminal including proximity integrated circuit card reader functionality according to claim 11 and wherein said controller is operative in said card presence sensing mode for causing said transmitter to transmit energy at a first power level and is operative in said card reading mode for causing said transmitter to transmit energy at a second power level, said second power level being higher than said first power level.

18. A point of sale terminal including proximity integrated circuit card reader functionality according to claim 17 and wherein said first power level is insufficient for reading a proximity integrated circuit card.

19. A point of sale terminal including proximity integrated circuit card reader functionality according to claim 11 and wherein said controller is operative in said card presence sensing mode for causing said transmitter to transmit energy continuously.

20. A point of sale terminal including proximity integrated circuit card reader functionality according to claim 11 and wherein said controller is operative in said card presence sensing mode in response to a trigger.